微针头在生物医学领域有广泛的应用，例如用于生物医学测量系统，药物传输系统及微量采样分析系统等。
Microneedles have a comprehensive application for the biomedicine field, such as the biomedicine measure system, drug delivery system, microanalysis system and etc.
阐述生物医学信息检测电极的工作原理和电极噪声对心电图测量实验的影响。
This article expounded the principle of electrode used in biomedical information detected and the influence of electrode noise on the electrocardiogram experiment.
将神经元培养在半导体传感器芯片表面，构建出能够对细胞电生理特性进行长时程无损测量的神经细胞传感器，具有广阔的生物医学应用前景。
Neural cell based biosensors, with neurons cultured on the semiconductor sensor chip, are suitable for long-term and non-invasive measurement of cell electrophysiological properties.
纵向数据例如在每一采取的重复的测量数字服从频繁地随着时间的过去出现从许多生物医学和临床研究以及从其他科学区域。
Longitudinal data such as repeated measurements taken on each of a number subjects over time arise frequently from many biomedical and clinical studies as well as from other scientific areas.
扫描相机具有很高的时间分辨率和高的灵敏度，是生物医学研究中用于测量荧光寿命，实现荧光寿命成像的重要工具。
Streak camera has high temporal resolution and high sensitivity, and is a powerful tool in biomedical study to measure fluorescence lifetime and perform fluorescence lifetime imaging.
活体组织血液灌注率的无损测量是生物医学工程领域中一个十分重要而困难的课题。
The noninvasive measurement on the biological blood perfusion has been a critical however difficult problem in the biomedical engineering field.
三维测量技术在机器视觉、自动加工、工业检测以及生物医学等众多领域都具有重要意义和广阔的应用前景。
The technology of 3D measurement has a great significance and potential applications in machine vision, automatic processing, industrial inspection and biomedical and other fields.
三维形貌测量技术已广泛应用于机器视觉、智能机器人控制、工业检测、生物医学等方面。
Optical 3-d profilometry has been widely used for machine vision, intelligent robots control, industry monitoring, biomedicine, etc.
该中心的任务就是利用可用于测量生物体结构和功能的非入侵式的生物医学成像方法完成基础和临床研究。
The mission of the RIC is to perform basic and clinical research using noninvasive, biomedical imaging methods for measuring the structure and function of living organisms.
该中心的任务就是利用可用于测量生物体结构和功能的非入侵式的生物医学成像方法完成基础和临床研究。
The mission of the RIC is to perform basic and clinical research using noninvasive, biomedical imaging methods for measuring the structure and function of living organisms.
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